在含铂的Ｍｏｎｏｌｉｔｈ催化剂上进行了甲烷的催化燃烧反应。实验表明，室温下必须先用氢气来点火，甲烷才能催化燃烧。甲烷催化燃烧的允许工作温度为９００～１１００℃，过低的温度导至熄火，过高则会使铂催化剂失活。在实验的反应条件下，甲烷进料浓度范围很窄为４％—６％（体积）。为实现甲烷的稳定燃烧必须对反应条件提出较高的自动化要求 The catalytic combustion of methane was carried out on a platinum-containing Monolith catalyst. Experiments show that at room temperature must first use hydrogen to ignite, methane catalytic combustion. Methane catalytic combustion allows the operating temperature of 900 ~ 1100 ℃, too low a temperature leading to flameout, too high will make platinum catalyst inactivation. Under the experimental reaction conditions, the methane feed concentration range is 4% -6% by volume. In order to achieve a stable combustion of methane, higher automation requirements must be placed on the reaction conditions